public async Task SendMail(ThresholdInfo eventMessage, string templateName = "")
{
var messageTemplate = (await _dbTargetRepository.GetTemplate()).Where(x => x.TemplateName == templateName).ToList().FirstOrDefault();
if (messageTemplate == null)
{
return;
}
var emailAccount = _mailConfig.Value.EmailAccount;
var contacts = await GetContactListByServerId(eventMessage.Id);
var dto = new ThresholdInfoDto {
ThresholdInfo = eventMessage, MonitorLog = null
};
var message = GetTemplateWithTkn(messageTemplate, dto);
foreach (var contact in contacts)
{
if (!string.IsNullOrEmpty(contact.Email))
{
_emailSender.SendEmail(emailAccount,
message.Subject,
message.Content,
emailAccount.Email, emailAccount.DisplayName,
contact.Email,
contact.Name);
}
}
}
private void HandleSpecialBrokenCounter()
{
int healthRatio = (int)((context.Owner.Health / context.Owner.MaxHealth) * 100);
ThresholdInfo threshold = context.BreakThresholds.First();
if (healthRatio < threshold.MinHealth && context.BrokenCounter >= threshold.MinFlinch)
{
specialThreshold = Math.Min(context.BrokenCounter + 1, specialThreshold);
PartBrokenCounter = $"{context.BrokenCounter}/{specialThreshold}";
}
else
{
PartBrokenCounter = $"{context.BrokenCounter}";
}
}
private static ThresholdInfo[] ConvertToThresholdArray(XmlNodeList dataList)
{
if (dataList == null)
{
return(Array.Empty <ThresholdInfo>());
}
List <ThresholdInfo> info = new List <ThresholdInfo>(dataList.Count);
foreach (XmlNode node in dataList)
{
bool hasConditions = bool.Parse(node.Attributes["HasConditions"]?.Value ?? "False");
ThresholdInfo dummy = new ThresholdInfo
{
Threshold = int.Parse(node.Attributes["Threshold"].Value),
HasConditions = hasConditions,
MinFlinch = hasConditions ? int.Parse(node.Attributes["MinFlinch"]?.Value ?? "0") : 0,
MinHealth = hasConditions ? int.Parse(node.Attributes["MinHealth"]?.Value ?? "100") : 100
};
info.Add(dummy);
}
return(info.ToArray());
}
public void NotifyOnTemperatureChange_ShouldNotNotify(double triggerReading, double threshold, double sensitivityVariance, TemperatureChangeType changeType, ThresholdInfo result)
{
// Arrange
// Set the reading before we request a notfication so it's not the first time
_thermometer.SetReading(triggerReading);
// Act
var actualReading = default(ThresholdInfo);
_thermometer.NotifyOnTemperatureChange(changeType, "Boiling", threshold, sensitivityVariance, (t) => { actualReading = t; });
_thermometer.SetReading(triggerReading);
// Assert
// Should be null and should not have been called
Assert.AreEqual(result, actualReading);
}
